The intelligent parking guidance and management system is a strategic framework that involves the integration of various technological aspects and can be changed according to the situation. It is a system, which is not only aimed at solving the problem of parking in cities but also at enhancing the level of urban traffic management.
From the technological perspective, the vehicle detection and tracking technology uses algorithmic operations, which locate and trace the vehicles in the given video sources, thus, they are able to detect vehicle changes both in the daylight and at night and provide the main data for parking management. At the same time, the Hui Parking City Parking Digital Twin Platform, which relies on digital twin technology, changes the real urban parking into the digital world. In this way, city parking data can be easily understood, transformed into digital form, and presented through a platform, thus giving the view of the whole city parking situation and at the same time gathering different already existing non-homogeneous data for urban static traffic management solution possibilities. What is more, SuTong Technology's ETC Smart Parking Cloud Platform is capable of solving various vehicle parking scenarios and performing core applications, such as automatic fee deduction and real-time parking space monitoring, thus, it frees car parking facilities from the need of cashiers and solves the problem of traffic congestion around big parking facilities. Its ETC Cloud Box is the instrument through which parking fee collection and billing are made automatically, and it has been very popular in different places.
The components of the Intelligent Parking Guidance and Management System actively engage a variety of front-end sensors including overhead cameras as well as video poles for collecting parking data which further assists the parking guidance function. These data sets engage with digital twin platforms along with the Hui Parking app to enable digital, platform-based, and visual management of on-street and off-street parking scenarios. Operational management teams via the platform can visually grasp a great number of operational indicators to a very high degree of clarity like available parking spaces, the condition of the equipment, and the order in the parking area, etc., thus, preparing the ground for the implementation of parking local information systems. As an example, through the integration of traffic flow analysis with regional parking management, it is feasible to track the movements of vehicles not only along road stretches but also in parking lots with exactness. In return, this gives the opportunity to provide parking-related information in real-time to the drivers, thus, reducing the number of vehicles that cause traffic jams while looking for parking spots.
When it comes to management applications, the system can collaborate with different departments, such as schools, to address the issue of regional parking shortages by introducing time-of-day management and planning for the car parks that are less used in order to make them more intelligent. What is more, it uses drones, cameras, and radar to execute the capturing of traffic violations, and therefore, it can identify offenses with a high level of accuracy. Along with "AI + big data" technology, it keeps an eye on such activities as ticket evasion, helps create the support for the recovery process, and brings parking order to a standard level. And what is even more, by deeply analyzing various data such as the rates of car park utilization and traffic flow, it is able to provide the management of roadside parking with the necessary decision-making support as well as the planning of car parks. For instance, it figures out in what way the closing of a car park influences parking demand and thus, helps in the better utilization of parking resources.
Finally, the intelligent parking guidance and management system is an excellent tool that is able to effectively alleviate the problems of parking and the situation of disorderly parking which are typical of the metropolitan areas through the integration of technology and various-scenario applications it is made up of. As a result, it not only raises the level of smart urban traffic management but also makes the lives of the citizens more comfortable and the urban transport more efficient.
FAQ – Frequently Asked Questions
1. When and where will the Expo be held?
The Expo is planned for May 13–15, 2026, at Hall C, The Xiamen International Conference and Exhibition Center (XICEC), Xiamen, China.
2. What is the exhibition scale?
The exhibition area is 40,000 square meters, and 350+ companies will be featured. The exhibition is expected to attract 30,000+ professional visitors worldwide.
3. What activities are included?
More than 80 professional forums and events will be held to discuss topics related to smart mobility, transportation communication, safety, and sustainable development.
4. How many countries and regions are involved?
The participants will be from 80+ countries and regions, thus, it will be a global gathering for intelligent transportation innovation.
5. Are there opportunities for cooperation?
Yes, with over 1,000 global partners, the Expo is full of opportunities for business collaboration, technology exchange, and investment.
6. Who can I contact for details?
If you want to know more, please get in touch with the Organizing Committee through the Contact Us section of the official website.
